توضیحات
Kurt Lambeck delves into the complexities of Earth's rotation, illuminating how variations in this motion can impact both its geophysical structure and environmental conditions. The book examines the intricate interplay between various geophysical forces and the Earth's rotational dynamics, emphasizing not only the scientific principles behind these phenomena but also their broader implications.
Through engaging analysis, Lambeck addresses topics such as seismic activity, ocean currents, and the effects of climate change, illustrating how even slight changes in rotation can lead to significant consequences. Readers are guided through detailed explanations of the Earth's internal processes and the external factors that shape its rotation, making a complex subject accessible and compelling.
Aimed at both enthusiasts and professionals in the fields of geophysics and Earth sciences, the work invites curiosity about planetary dynamics. With a careful blend of scientific rigor and storytelling, Lambeck encourages a deeper appreciation of the Earth's rotating dance through space and the delicate balance maintaining its systems.
Through engaging analysis, Lambeck addresses topics such as seismic activity, ocean currents, and the effects of climate change, illustrating how even slight changes in rotation can lead to significant consequences. Readers are guided through detailed explanations of the Earth's internal processes and the external factors that shape its rotation, making a complex subject accessible and compelling.
Aimed at both enthusiasts and professionals in the fields of geophysics and Earth sciences, the work invites curiosity about planetary dynamics. With a careful blend of scientific rigor and storytelling, Lambeck encourages a deeper appreciation of the Earth's rotating dance through space and the delicate balance maintaining its systems.
جزئیات کتاب
فرمت
جلد نرم
صفحات
464 صفحه
زبان
انگلیسی
منتشر شده
Jun 30, 2005
ناشر
Cambridge University Press
نسخهها
2 نسخه
ISBN-10
0521673305
ISBN-13
9780521673303